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RECEPTION DEVICE FOR OPTICAL SPACE COMMUNICATION, OPTICAL SPACE COMMUNICATION SYSTEM, AND METHOD FOR CONTROLLING OPTICAL SPACE COMMUNICATION DEVICE

机译:用于光学空间通信的接收设备,光学空间通信系统以及用于控制光学空间通信设备的方法

摘要

Tracking control of a light beam is achieved at high speed and with good precision, without requiring preparation of an optical system that causes high signal loss when coupling a reception light beam with an optical fiber. A reception device for optical space communication comprises: fibers having a plurality of propagation modes with spatially different characteristics; an optical coupling system for coupling the reception light beam to the fibers; and a mode separator that separates the coupled light into a plurality of propagation modes, the adjustment axes of the optical coupling system for coupling the reception light beam to one end of the fibers being controlled on the basis of the total coupling strength to all of the modes, and the priority of control of the axes being adjusted on the basis of information about the coupling strength ratio for each mode.
机译:光束的跟踪控制可以高速且高精度地实现,而无需准备在将接收光束与光纤耦合时会引起高信号损耗的光学系统。一种用于光空间通信的接收设备,包括:具有多个传播模式的光纤,这些传播模式在空间上具有不同的特性;用于将接收光束耦合到光纤的光学耦合系统;以及模式分离器,其将耦合的光分离成多个传播模式,用于将接收光束耦合到光纤的一端的光耦合系统的调节轴是基于对所有光纤的总耦合强度来控制的。模式,并根据有关每种模式的耦合强度比的信息来调整轴的控制优先级。

著录项

  • 公开/公告号WO2020189163A1

    专利类型

  • 公开/公告日2020-09-24

    原文格式PDF

  • 申请/专利权人 NEC CORPORATION;

    申请/专利号WO2020JP06568

  • 发明设计人 ARIKAWA MANABU;ITO TOSHIHARU;

    申请日2020-02-19

  • 分类号H04J14/04;H04B10/075;H04B10/118;H04B10/2581;

  • 国家 WO

  • 入库时间 2022-08-21 11:09:22

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